Abstract: A portable apparatus is provided for configuring and/or programming lighting drivers without mains power application. An apparatus housing comprises first and second connectors and an antenna. During a first mode wherein the first connector is coupled to an external computing device, a battery receives and stores power therefrom, and a first controller receives and stores at least driver configuration settings therefrom. When the external device is disconnected the battery powers the apparatus, which polls a transceiver circuit to detect a driver antenna proximate to the apparatus antenna. The apparatus housing is configured to mount to a luminaire comprising the detected driver, wherein the second connector is coupled to the driver and the battery provides power to a driver controller. The first controller also during this second mode transfers the stored at least driver configuration settings to the driver controller via the operably proximate antennae, for example via bidirectional negotiations therewith.

Abstract: A luminaire otherwise lacking connectivity is provided hereby with an isolated method for connecting to a lighting control system. The luminaire comprises an NFC-equipped LED driver having a first antenna. A digital control device with a second antenna is permanently or semi-permanently mounted in or on the luminaire wherein the second antenna is positioned in operable proximity with the first antenna. The digital control device includes a first transceiver in communication with the external device and a first controller to receive and store device configuration data from the external device in volatile memory associated with a second transceiver linked to the first antenna. A controller associated with the LED driver selectively obtains the device configuration data from the volatile memory via the NFC field, and generates output current reference signals for regulating the output current from the LED driver, said reference signals corresponding to the device configuration data.